Taking photonic quantum computing to new horizons

Large-scale, fault-tolerant quantum computing is best achieved through photonic approaches. The challenge lies in generating entangled photonic states, with current technologies relying on costly and complex probabilistic methods. Quantum Source utilizes a proprietary technique for creating entangled photonic clusters, orders of magnitudes more efficient than existing methods, dramatically reducing the complexity and cost of quantum computers.

A scalable architecture for practical quantum computing

In contrast to current probabilistic approaches, Quantum Source harnesses single atoms trapped on a proprietary photonic chip to allow deterministic photon generation and entanglement. Our unique approach results in a significant change of scale compared to all other implementations, which makes our system substantially more scalable, compact and simpler to control.

The entire Quantum Source system also operates at room temperature, which further reduces the complexity and footprint of our solution. Together, these advantages will lead to quantum computers with a price point, ease of installation, and footprint that make them a realistic option for businesses, delivered through flexible deployment models including on-premises and Quantum Computing as a Service (QCaaS). With our practical approach to quantum computing, we aim to make a real impact that will disrupt industries such as healthcare, energy, transportation, and financial services.

Quantum Source benefits

Scalability

Scalability

Quantum Source's proprietary photon-atom gates architecture facilitates a deterministic process for photon generation and entangling gates. This design boasts orders of magnitude greater efficiency compared to current implementations, making it capable of scaling up to support many millions of physical qubits.

Feasibility

Feasibility

Quantum Source's deterministic protocols remove the necessity for extensive ultrafast feed-forward control systems and complex cooling mechanisms. As a result, Quantum Source's compact, server-sized footprint, and low power consumption enable the support of millions of photonic qubits in a highly scalable, cost-efficient platform.

Manufacturability

Manufacturability

Quantum Source's technology relies on a photonic chip, produced in commercial fabs through standard processes to ensure cost-effective large-scale manufacturing. Additionally, all remaining subsystems and components are either off-the-shelf or crafted in high-precision optics workshops.